Meticulous Data Scientist accomplished in compiling, transforming and analyzing complex information through software. Expert in machine learning and large dataset management. Demonstrated success in identifying relationships and building solutions to business problems.
Monitor battery performance, predict maintenance requirements, optimize energy usage, design more efficient battery systems, and offer new services to the customers. By analyzing the battery data, we can predict when maintenance or replacement of the battery pack may be required.
Developing testing scenarios for on road driving and simulations in lab. Measure battery performance parameters and develop a life prediction model for Battery RUL.
Building profiles for individual riders using accelerometer data, Vehicle telemetry, riding style, preferred speed ranges, braking patterns etc
By understanding the rider's typical routes, riding style and energy consumption patterns, using the rider behavior data, real time sensors data, riding conditions, State of Charge, State of health, Weather etc. to improve range prediction in EV Two-Wheeler
Exploring and establishing solutions on optimum usage of battery at lower SOH levels after Electric vehicle usage.
Revenue Protection System:
Identification of Bill-defaulters:
Signature Analysis of Various Industry Usage pattern of energy:
Energy Consumption Forecast:
Energy Meter Data Analysis:
Advanced Metering Infrastructure (AMI) Implementation (Using RF and NB-IoT Comm. module):
Additional Engagements:
SQL
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